JPS5870518A - Condenser and method of producing same - Google Patents

Condenser and method of producing same

Info

Publication number
JPS5870518A
JPS5870518A JP56169089A JP16908981A JPS5870518A JP S5870518 A JPS5870518 A JP S5870518A JP 56169089 A JP56169089 A JP 56169089A JP 16908981 A JP16908981 A JP 16908981A JP S5870518 A JPS5870518 A JP S5870518A
Authority
JP
Japan
Prior art keywords
case
metal
capacitor
seal
cap
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
JP56169089A
Other languages
Japanese (ja)
Inventor
石亀 進
博 島田
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Marcon Electronics Co Ltd
Original Assignee
Marcon Electronics Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Marcon Electronics Co Ltd filed Critical Marcon Electronics Co Ltd
Priority to JP56169089A priority Critical patent/JPS5870518A/en
Publication of JPS5870518A publication Critical patent/JPS5870518A/en
Pending legal-status Critical Current

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Abstract

(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。
(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

【発明の詳細な説明】 率晃明は熱り皺性璽脂をライニングまたはラミネートし
た盆楓円簀ケースの#@端開開口部熱溶−して密封し外
装してなるコンデンサおよび七の御飯方法に関する。
[Detailed Description of the Invention] Komei Haji has developed a capacitor made by heat-melting the end opening of a tray maple round case lined or laminated with hot wrinkled resin and sealing the exterior, and seven methods. Regarding.

1殼にアルミニウム電解コンデンす、タンタル一体亀獅
コンデン!、プラスチックフィル^コンデンナなどの各
楓コンデンサの外装社コンデンす素子をアルミニウム、
黄fIj4などの金属またはフェノール、プリプロピレ
ン、ポリエチレンheの含ky、IIk!脂からなるケ
ースに収容するかあるいは―記=ンデンサ素子をエポキ
シ、ポリエステルなどの合m4Itmで装置することに
よシ構成している。しかじ麹J111′fCは合成樹脂
からなるケースに収容しり場合はケースとコンデン!素
子との間に相当大きな空腋が生じるため形吠が大形化し
、かつ収容作業も装線で工数を曽する欠点があった。ま
た合#IJC樹脂で被檄した橋台は厭握層厚みの調整が
次がなか幽麹耽ことから*−+のバラツキが生じ牛角−
に耽り、かつ振櫨層表闇に凸凸が生じ外装をそこなうな
どの欠点がめった。またに31!1:待−陥55−’2
4493号公報のように並@袖の1lli面に1ラスチ
ツクフイルムでを#I11層したラミネートフィルムで
=ンデンサ電子を包与熱浴−するという捉峯もなされて
いるがコンデンサの#形化とい5目tFJFi達せられ
るがリード−を愉えているたり御飯への配線祉依然とし
て押入方式を採る会費がhり目動−人鮪置取どの設備に
多論の費用が〃・η)る欠点がめる・さらに実−陥56
−4315a号公報のように熱酊−性プラスチックのチ
ューブにコンダン−1#″嵩子を収容して両端−口部を
熱溶魯するという提案もあるがこれもリード鱒を倫えて
いるため上記Xvaの欠点がある。また一方、実−昭5
6−12341号公報のようにコンデンサをリードレス
にしてチップ形化するというに案もなされているが、プ
ラスチックパイプケースに端子指金−キャップを嵌合し
励記バイブの四部に加嬌めるなど組立収容作業が煩總で
しかも高価な部品を使用するためコスシアッ1になる欠
点がある。
Aluminum electrolytic capacitor and tantalum turtle capacitor in one shell! , plastic filters, condensing elements, etc. of each Kaede capacitor are made of aluminum,
Contains metals such as yellow fIj4 or phenol, propylene, polyethylene heky, IIk! Alternatively, the element may be housed in a case made of resin, or the element may be made of a composite material such as epoxy or polyester. Shikaji Koji J111'fC is housed in a case made of synthetic resin. There was a drawback that a fairly large empty armpit was created between the device and the device, resulting in a large-sized structure, and that the installation work required a lot of man-hours due to wiring. In addition, for abutments made of composite #IJC resin, the adjustment of the thickness of the gripping layer is difficult, resulting in *-+ variations.
In addition, there were many drawbacks such as unevenness on the surface of the Shiki layer, which damaged the exterior. Also 31!1: Wait-fall 55-'2
As in the publication No. 4493, it is believed that a laminate film made of #I11 layers of 1100 ml of rustic film on the 1lli side of the normal sleeve is used to encapsulate the capacitor electrons in a hot bath, but it is not possible to make the capacitor #-shaped. 5th tFJFi has been achieved, but I am enjoying the lead, and I still see the disadvantage that the membership fee for using the push-in method is high. Furthermore, the real-fall 56
There is also a proposal, as in Publication No. 4315a, to house a Condan-1#'' bulker in a heat-drinkable plastic tube and heat-weld both ends and mouth, but this is also suitable for lead trout, so the above-mentioned There are drawbacks to Xva.On the other hand, the actual
A proposal has been made to make the capacitor leadless and form it into a chip, as in Publication No. 6-12341, but a terminal ring/cap is fitted to a plastic pipe case and attached to the four parts of the excitation vibrator. Since the assembly and storage work is complicated and expensive parts are used, it has the disadvantage of being expensive.

本発明は上記のような実情に麹みてなされたものでコン
デンサ亀子を#@向に熱tai塑性樹脂をライニングま
たはラミネートした蓋^円筒ケースに収容し皺ケースの
i#1+ila asを熱浴會して密封し咳熱皺−地に
ハンダ付talkな曽橋キャップを散珈し叔飯−キャッ
プに8−配コンデンを素子から導出した引出端子を接続
する仁とによって基板への目動kkIli1c川−ヒで
外装の絢易な安幽なコンデンサおよび七〇mti方法を
提供せんとするものである。
The present invention was made in view of the above-mentioned circumstances, and the capacitor capacitor is housed in a cylindrical case with a lid lined or laminated with thermoplastic resin in the #@ direction, and the wrinkled case i#1+ila as is heated in a hot bath. Seal it up and spread the solder-talk Sohashi cap on the wrinkled ground and connect the lead terminals led out from the element with the 8-electrode capacitor to the cap and move it to the board by connecting it. It is an object of the present invention to provide a simple and inexpensive capacitor with a hard shell and a 70mti method.

以下本釦明の評−を−顧を参■しながら説明する。すな
わち第1図に示すように一対の電檎からそれぞれ専出し
水引出端子(1)を一端に倫えたコンダン4r素子<2
1をM2Nに示すように円筒ケース(3)に−人し収容
する・該ケース(3)社50〜500ミクpン厚のアル
ミニウム、#jp4などの金属円筒の内外1iIII[
+にポリ弗化エチレン(たとえば4邦°化エチレン、4
弗化エチレン−6弗化プルピレン共&合体。
Below, I will explain the review of Honkanmei with reference to his review. In other words, as shown in Fig. 1, a conduit 4R element <2 each having a dedicated water outlet terminal (1) from a pair of electric rings at one end.
1 is housed in a cylindrical case (3) as shown in M2N.The case (3) is made of a metal cylinder made of aluminum, #jp4, etc. with a thickness of 50 to 500 microns.
+Polyfluorinated ethylene (for example, 4-fluorinated ethylene, 4-fluorinated ethylene,
Ethylene fluoride and propylene hexafluoride combined.

3弗化塩化エチレン、弗化ビニリデン)、ポリフェニレ
ンオキすイド、ポリスルホン、ポリイミドなどの熱用組
性wMi1を50〜500主クロン厚にライニング筐た
社ラミネートしたものでめる0シk・して第3FkJに
示すよりにBU配円崎ケース(3ンの両端開口部を熱板
や圧子などのヒートシーラで熱浴−して密封し一端にシ
ール部(4)を形成する。該シール部(4)近傍のナー
ス(3〕−痛外周に第4凶に不丁ようにへンダ付酊舵な
曽橋、たとえd鋼、★−,ニッケルまたはこれらの麺機
を含むアルミニウムーIl!eアルミニウムー−、チタ
ン−ニッケルなとのクラツド材からなる並−キャップ(
5ンを飲会ま7cは紐−剤での験I11などの方決で取
−しシール部(4)から外部にのびた引出端子(1)を
―紀411楓キャップ(δ)にスポット溶接、超音波溶
接などの方法で級醜しチップ形のコンデンサを借るもの
であるo’&お励記曽鵬キャップ(5)の中心部に祉引
出端子(1)を神馬するための透孔(6)を設けておく
、tた第5図に不す:うに盆楓キャツ7 (53tj 
Iil&郡がやや内鉤に腿んだものを使用してもよい。
Thermal assemblability wMi1, such as trifluorochloroethylene, vinylidene fluoride), polyphenylene oxide, polysulfone, polyimide, etc., is laminated with a lining case of 50 to 500 mm thickness. As shown in No. 3 FkJ, the openings at both ends of the BU Enzaki case (3) are sealed using a heat sealer such as a hot plate or an indenter, and a seal portion (4) is formed at one end. ) Neighboring nurse (3) - A drunken sohashi with a 4th bad bend on the outer periphery, even if it is d steel, ★ -, nickel or aluminum containing these noodle machines - Il!e aluminum - - A regular cap made of a titanium-nickel clad material (
7c was removed using a method such as test I11 using string, and spot welded the lead terminal (1) extending outward from the seal part (4) to the 411 maple cap (δ). A through hole (6) for inserting the terminal (1) into the center of the cap (5) is made using a method such as ultrasonic welding to make the chip-shaped capacitor look ugly. ) is provided in Figure 5. Sea urchin Bon Kaede Cat 7 (53tj
You may also use one with Iil & Gun slightly set in the inner hook.

熱溶着に使用するヒートシーラとして熱板や圧子の代わ
りにインパルスbhtj& 、超音波−−−、高嶌波醋
−一などを用いても工い◎また象−キャップ(5)がク
ラツド材からなる一合にはハンダ付旬眺な盆−が外−に
なるようにして取着すnFiよい。
As a heat sealer used for thermal welding, impulse bhtj&, ultrasonic waves, Takashima Hafuin-ichi, etc. can be used instead of a hot plate or indenter. It is best to install it with the soldering tray facing outward.

上記のように1戚した本発明のコンデンサは熱酊臘性W
細をライニングt′fc#iう處ネートした鼠鵬円−ヤ
ース(3)に一端に引出端子(1)を導出したコンデン
f電子斡)を14X容し#IAA1ケース俤)の一端開
口婦を熱浴−して密封しシール5(4)を形成し該シー
ル部(4)近傍のケースβ】一端外周にへンダ付〜舵取
麓hI4毅1らなる蓋輌牛ヤツプ(5)を取着し―紀シ
ール婦(4)から外部にのひた引出端子(1)を刷紀麺
楓キャップ(5)に接続したことによって外装およびそ
の作業がきわめて簡素化でき、しかも熱り重性411t
脂をライニングまた祉う之ネートした金縞円筒ケース(
4を*川するため小形@蝕化をも社かることができる。
As mentioned above, the capacitor of the present invention has a heat-intoxication property W
A 14x capacitor (electronic box) with a lead-out terminal (1) led out at one end is placed in the Nezumi Yen-yasu (3) lined with a thin t'fc#i, and one end of the capacitor (#IAA1 case 俤) is opened. Heat bath and seal to form a seal 5 (4), and attach a cover vehicle (5) consisting of the case β near the seal portion (4) with solder on the outer periphery of one end to the steering foot. By connecting the external lead-out terminal (1) from the sealing seal (4) to the printing cap (5), the exterior and its work can be extremely simplified, and the heat weight is 411 tons.
Gold-striped cylindrical case lined with fat (
You can also use a small @eclipse to make 4 *river.

またmu紀釡槻円筒ケース(3)を外装材料としている
ためプラスチック円筒ヤースに収容したこれまでのチッ
プ形コンデンナに比べて電解液や含陵剤の醜過蒸発も少
なく耐湿性も向上するので長寿命となる・さらにコンデ
ンすの内部ガス圧か上昇した場合にはシール5(4)が
−放して安出升としての励記を果九す利点かめる。つ富
゛に本発明の夷−何回と従来の一考例ω)との特性比較
の−−を第6図および第7図に万(す。夷−例囚は肉−
に4弗化エチレン−6弗化プ胃ピレン共真合体【ライニ
ングした200μアルミニウム日−からなるナースを用
い崗晦開口部を熱板で熱浴−し納−の飯−キャップを嵌
合し帝状のアル之二9ム引出−子をスポット浴接した定
格50%ff −101kFのアルミニウム電酔コンデ
ンすでめプ、畠*例ω)はネ゛す7エ二レンオキすイド
*側からなるパイプケースに収容し両端にゴムベラキン
グを介在させて制振の蓋属中ヤツプを嵌合し友定格50
 WV −10pIのアル之ニウム電解コンデンtであ
シ、上記試料の寿命試験(温度86°0.潟J190弧
朋、定格電圧印加]における静電容量変化率を1g6図
に、豹電正接の変化を第7図に示す0第6−および第7
図から実施何回は参考例(B)よシ変化が少なく、Lv
−4長寿命であることがわかる口なお上記実−@(A)
ではアコンデンす、プラスチックフィルムコンデン?。
In addition, since the cylindrical case (3) is used as the exterior material, compared to conventional chip-type condensers that are housed in a plastic cylindrical case, there is less nuisance and evaporation of the electrolyte and lubricant, and moisture resistance is improved, so it can last for a long time. When the life of the condenser reaches the end of its life and the internal gas pressure of the condenser increases, the seal 5 (4) releases the condenser, thereby realizing the advantage that it can be safely used. A comparison of the characteristics of the present invention with the conventional example ω) is shown in Figures 6 and 7.
Then, using a nurse made of tetrafluoroethylene and hexafluoropyrene copolymer [lined with 200μ aluminum], the opening of the tube was heated in a hot bath with a hot plate, and the cap was fitted. An aluminum electrostatic condenser with a rating of 50% ff -101 kF, with a 29-frame aluminum drawer in spot bath contact, consists of a 7-ethylene oxide oxide* side. It is housed in a pipe case and fitted with a damping lid with a rubber bellow king on both ends, and the pipe is rated at 50.
The rate of capacitance change in the life test of the above sample (temperature 86°0.0.0.0.1, rated voltage applied) using an aluminum electrolytic capacitor of WV -10pI is shown in the 1g6 diagram, and the change in electric dissipation tangent is 0th 6- and 7th shown in Figure 7.
From the figure, the number of times the test was carried out was smaller than the reference example (B), and the Lv
-4 The above-mentioned fruit shows that it has a long life - @ (A)
So, what about plastic film condensation? .

駈コンデンサなどに廁ルして一同効である。It is also effective when applied to a capacitor etc.

以上詳述したように本発明によれば一端に引出端子を伽
i、たコンデンサ素子を熱用朧性板脂を陶圓にライニン
グまた絋う之ネートし7t17&属円筒ケースに収容し
駅ケースの一端開口婦をヒートシーラで熱浴春して密封
しシー/L−都を形歇したのち、該シール婦近傍のケー
ス両端外周にへンダ付呵鮎な曽楓からなる麺機キャップ
を取醸し該曽楓キャップに胸配シール都から外部にのび
た引出端子をkaしたことによって外装およびその作業
がきわめて簡素化でき小形@量化を社かることができ、
しかも電vh液や含浸剤の透過蒸発も少なく耐漏性が向
上するので長寿命となり特性の安定した実用性の大なる
コンデンサおよびその製造方法を提供することができる
As described in detail above, according to the present invention, a capacitor element having a lead-out terminal at one end is lined with heat-use hazy plate resin on a ceramic plate, and is housed in a 7t17&metallic cylindrical case. After sealing the opening at one end by heating it with a heat sealer and reshaping the sea/L-cap, a noodle machine cap made of solid maple with solder is attached to the outer periphery of both ends of the case near the sealer. By adding a pull-out terminal that extends from the chest seal to the outside of the Sokaede cap, the exterior and its work can be extremely simplified, allowing for compactness and quantification.
In addition, permeation and evaporation of the VH liquid and impregnating agent are reduced, and leakage resistance is improved, so that it is possible to provide a capacitor with a long life, stable characteristics, and great practicality, and a method for manufacturing the same.

【図面の簡単な説明】[Brief explanation of the drawing]

第1−〜第5図はいずれも本発明の実−例に係るもので
wJ1図社コンデンサ禦子を示す斜視図、第2図は第1
1のコンデンサ素子を収容したケースを不す斜視−1t
l&3−社熱浴−した状−をボ丁−鋏面図、第4図祉曽
鵬キャップを取珈したコンデンサを示す―−圓一、第5
−は他の夷−―に係る曽楓キャップをIRII11シた
コンデンすをかす一一1面凶、第6図およびjg7図は
本釦−の実−餉と従来の参考例との寿命試験におけるL
P#性比叡を乃くすもので第6fitj靜亀容−変化率
をボ丁曲鱒凶翫第7図は―電止接の変化をボテ1111
1図でめる0(1)−−−−−’引出端子 伐)−−−
−−、コンダン4r嵩子(3)−−−−−ケース  μ
)−−−−−シール婦(5)−−−−−−菫属キャップ 特  肝  出  願  人 マルコン電子株式会社 73 省卿田竹
Figures 1 to 5 all relate to practical examples of the present invention, and Figure 2 is a perspective view showing a wJ1 capacitor.
A perspective view of the case containing the capacitor element No. 1 - 1t
Figure 4 shows the capacitor with the cap removed - Enichi, No. 5
Figure 6 and Figure 7 show the results of the life test of this button and the conventional reference example. L
P# The 6th fitj is the change in the rate of change, and the 7th figure is the change in the electric contact.1111
0 (1) in Figure 1----'Output terminal cut)----
--, Condan 4r Takako (3) ----- Case μ
)------Seal Woman (5)--------- Violet Cap Special Liver Applicant Marcon Electronics Co., Ltd. 73 Ministry of Health, Labor and Welfare

Claims (1)

【特許請求の範囲】[Claims] (IJ^端に引出層子を伽えたコンデンサ電子と、販禦
子を収容する両面に熱可瓢性樹脂をライニングまたはラ
ミネートしたmai内輪ケースと、販ケースの絢m−ロ
部に形成したシール部と、該シール部近傍の別記ケース
に端IA鳩に取吻し縦シール部から外部にのびた糾配引
出錫子をに1鏡した^ンダ付町膨な金属から取る金属キ
ャップとを具備したごとを特徴とするコンダンす0(2
)両端に引出端子を備えたコンデンサ電子を内向に熱昭
暖性樹脂をライニングまたはラミネートした金楓円箇牛
−スに収容する手段と、該牛−スの両端−口Stヒーシ
シーツで熱111rして密封しシール部を形成する手段
と、該シール部近傍の前記ケース内端外周にハンダ付呵
舵な金属からなる金属キャップを嵌−合またrj級着に
よシ取−する手段と、鍍金属キャップに1記シール部か
ら外部にのびた則紀引出端子を!Ie#!Icする手段
とを具備したことを特徴とするコンダンすの1造方法。
(A capacitor electronic with a pull-out layer on the IJ^ end, a mai inner ring case with thermoplastic resin lining or lamination on both sides that accommodates the sales element, and a seal formed on the inner part of the sales case. and a metal cap made from a large piece of metal with a cap attached to the end IA dove and extending outward from the vertical seal part in a separate case near the seal part. Condense 0 (2) characterized by
) A means for accommodating a capacitor electronic with lead-out terminals at both ends inwardly in a metal Kaede Enka cowhide which is lined or laminated with thermo-Showan resin, and heat 111r from both ends of the cowheat with St heat sheets. means for sealing to form a seal portion; means for fitting a metal cap made of soldered metal to the outer periphery of the inner end of the case near the seal portion; The metal cap has a Noriori pull-out terminal that extends from the seal part to the outside! Ie #! A method for making a conduit, characterized by comprising a means for Ic.
JP56169089A 1981-10-21 1981-10-21 Condenser and method of producing same Pending JPS5870518A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP56169089A JPS5870518A (en) 1981-10-21 1981-10-21 Condenser and method of producing same

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP56169089A JPS5870518A (en) 1981-10-21 1981-10-21 Condenser and method of producing same

Publications (1)

Publication Number Publication Date
JPS5870518A true JPS5870518A (en) 1983-04-27

Family

ID=15880117

Family Applications (1)

Application Number Title Priority Date Filing Date
JP56169089A Pending JPS5870518A (en) 1981-10-21 1981-10-21 Condenser and method of producing same

Country Status (1)

Country Link
JP (1) JPS5870518A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2019212459A (en) * 2018-06-04 2019-12-12 矢崎総業株式会社 Piping type electric circuit

Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5649513A (en) * 1979-09-28 1981-05-06 Matsushita Electric Ind Co Ltd Electrolytic condenser

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5649513A (en) * 1979-09-28 1981-05-06 Matsushita Electric Ind Co Ltd Electrolytic condenser

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2019212459A (en) * 2018-06-04 2019-12-12 矢崎総業株式会社 Piping type electric circuit

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